et al., 2003). Large quantities of waste (such as tires, concrete, glass, slag, steel, plastic, etc.) accumulate in landfills and warehouses around the world, causing financially and environmentally costly disposal problems. One answer to part of the waste transfer problem is to reuse and use these materials in highway development (Arnold G. et al., 2008). Glass waste has been increasing in recent decades due to an ever-increasing use of glass products. There are two types of waste cups found of two types; colorless glass and colored glass. Most colorless glasses are successfully recycled. But most colored glass is thrown into landfills. Today, landfill surfaces are decreasing and things have become more complicated. Furthermore, glass is not biodegradable and does not create natural greenery. So, based on these points, glass waste recycling has become more important in recent decades (Seung-Bum Park, Bong-Chun Lee, 2003). Glass is a transparent material formed by the fusion of mixed materials such as soda, silica and other components at a high temperature achieved by cooling without crystallization. We can obtain particles of the same natural sand and aggregates when waste glass is crushed (Gautam, S, Srivastava V and Agarwal V.,